柱体

Si3N4 ceramics obtained e xhibits a bim odal microstructure composed of large elongated grains dispersed in a fined-gra ined matrix.

得到的Si3N4陶瓷的显微结构是由部分大的长柱状晶粒分布在较细晶粒组成的基体上形成了所谓的双峰分布。

Mostof florets were made up of normal paleola, more pistils, fewer stamens and 40.4% of themconsisted of three pistils, 45.25% four pistils. Most anthers were malformation and onestamen had two anthers in some florets. More than 97% ovarys were abnormal, 2/3 ofwhich consisted twin-ovary, and 2 to 4 stigmas were on the same ovary. 7.6% floretsdisplayed stamen- origin pistils.

对突变体颖花的解剖观察结果表明，浆片正常，雌蕊增加，雄蕊数目减少，其中40.4％具有3枚雄蕊，45.25％具有4枚雄蕊；花药大多畸形，存在一花丝两花药现象；子房97％以上畸形，其中双子房占2／3，每个子房柱头数2-4个不等；约有7.6％的颖花出现明显的雄蕊雌蕊化现象。

Petrographic examinations, XRD and differential scanning calorimetry analyses of concrete prisms and rock prisms tested were made.

此外，还用XRD、差示扫描量热仪和岩相对岩石柱和混凝土柱膨胀试验后的试体进行了分析。

Combining the available regional geological and geophysical research, the petrogenesis of the magmatism was studied. As a response and absorption to the IndiaAsia collision, the northeastward flow of the asthenosphere beneath the Tibetan Plateau along the 400 km depth interface was blocked by the North China craton, and caused a systemic sequences in West Qinling Region, including the strikeslip fault systems and pullapart basins in the shallow crust and the origin of the twotype magmatism in this work in deep lithosphere. This explanation is consistent with the lithology and plumelike geochemical features of the kamafugite and potassic trachybasalt, which are significantly different from the potassic magmatism within the plateau and its adjacent regions.

结合前人对该区深部地球物理和断裂构造的研究，论证了火山岩的起源与成因，指出作为对印度-欧亚大陆强烈碰撞的吸收与调节，高原下软流圈地幔流沿400 km界面向北东方向的侧向流动以及西秦岭周边克拉通块体的阻挡，是形成西秦岭断裂系左行走滑特征和巨大拉分盆地的主要原因，也是导致西秦岭新生代两类钾质火山岩和碳酸岩起源与成因的动力学机制，较好地解释了西秦岭新生代岩浆作用起源深度大，具有地幔柱源的地球化学特征，岩石组合与地球化学有别于高原内部及其周边地区新生代钾质火山岩的原因。

16 patients with thoracolumbar burst facture received anterior decompression through the space between erector spine muscles and quadratus lumborum muscles and the vascular pedicle rib graft.

对16例胸腰椎爆裂型骨折经骶棘肌腰方肌间隙行胸腰椎侧前方减压，同一切口内带血管蒂肋骨瓣椎体间植骨，重建前、中柱。

With ultrasonic wave and lysozyme, the recombination N protein is split from bacteria. We dissolve it in guanidine hydrochloride, purify it with Ni〓 affinity chromatography column and renature it in vitro. By testing the antigen of the purified N protein, it shows that its activity is very high.

建立了用超声波和溶菌酶裂解菌体，用盐酸胍溶解，Ni〓亲合层析柱纯化及体外复性等方法，经检测证明纯化的VSV重组核蛋白抗原具有较高的活性。

In the research of molding performance of MIM feedstock, for the shortcoming of capillary rheometry, it was propounded that using spiral mold test molding performance of feedstock, and a set of spiral mold was creatively designed with quickly exchange gates and closed mold cavity.

不锈钢模芯零件充模仿真分析表明，由于熔体流动的&跑道效应&，采用单浇口注射成形两侧流动严重不平衡，端面四个波峰和波谷明显，中部芯柱出现欠注，并发现该零件中间芯轴处成形最困难。

Methods: A lysosome-targeted singal KFERQ was added to the C terminus of rRTA by DNA recombinant technology. A pKK223.3 expression system in E. coli was used to produce recombinant ricine A chain and rRTA-KFERQ. Recombinant proteins were purified by affinity chromatography using Blue-Sepharose 6B.

用DNA重组技术，将溶酶体的靶向信号肽KFERQ连接在RTA的羧基端；将构建好的重组质粒pKK223.3-RTA和pKK223.3-RTA-KFERQ转化感受态大肠杆菌JM109，经IPTG诱导表达RTA和RTA-KFERQ蛋白；重组蛋白质用Blue-Sepharose6B亲和柱纯化，以MTT法分别测定纯化后的RTA与RTA-KFERQ蛋白对体外培养的HEPG2、Hela、A5493种细胞的毒性作用。

Methods: A lysosome-targeted singal KFERQ was added to the C terminus of rRTA by DNA recombinant technology. A pKK223.3 expression system in E. coli was used to produce recombinant ricine A chain and rRTA-KFERQ. Recombinant proteins were purified by affinity chromatography using Blue-Sepharose 6B.

用DNA重组技术，將溶酶体的靶向信號肽KFERQ连接在RTA的羧基端；將构建好的重组质粒pKK223.3-RTA和pKK223.3-RTA-KFERQ转化感受態大肠桿菌JM109，经IPTG诱导表达RTA和RTA-KFERQ蛋白；重组蛋白质用Blue-Sepharose6B亲和柱纯化，以MTT法分别测定纯化后的RTA与RTA-KFERQ蛋白对体外培养的HEPG2、Hela、A5493种细胞的毒性作用。

Intermediate between these is the solenostele in which the leaf gaps are more widely spaced vertically so that only one is seen per cross section of the stem.

这两者的过渡体是管状中柱，由于叶隙在垂直方向上广泛分布，所以每个横截面上基本只能见到一个叶隙。

Singer Leona Lewis and former Led Zeppelin guitarist Jimmy Page emerged as the bus transformed into a grass-covered carnival float, and the pair combined for a rendition of "Whole Lotta Love".

歌手leona刘易斯和前率领的飞艇的吉他手吉米页出现巴士转化为基层所涵盖的嘉年华花车，和一双合并为一移交&整个lotta爱&。

This is Kate, and that's Erin.

这是凯特，那个是爱朗。